public static IEnumerable <MaterialTrade> FindPossibleTrades(StateCargo cargo, Dictionary <Entry, int> missingIngredients, Dictionary <EntryData, int> deduced)
{
var ingredients = cargo.Ingredients.Values
.Where(i => i.Count > 0 &&
i.Data.Group.HasValue &&
i.Data.Rarity.Rank() != null &&
!missingIngredients.ContainsKey(i)).ToList();
var allTrades = AllTrades(missingIngredients, ingredients, deduced).ToList();
var coveredTrades = allTrades.Where(trade => trade.WillBeEnough).OrderBy(trade => trade.TradedNeeded).ToList();
var incompleteTrades = allTrades.Where(trade => !trade.WillBeEnough).OrderBy(trade => trade.TradedNeeded).ToList();
var coveredIngredients = new HashSet <EntryData>();
foreach (var currentTrade in coveredTrades)
{
if (currentTrade.Traded.Count - currentTrade.TradedNeeded - deduced.GetOrDefault(currentTrade.Traded.Data) < 0)
{
continue;
}
coveredIngredients.Add(currentTrade.Needed.Data);
if (deduced.ContainsKey(currentTrade.Traded.Data))
{
deduced[currentTrade.Traded.Data] += currentTrade.TradedNeeded;
}
else
{
deduced[currentTrade.Traded.Data] = currentTrade.TradedNeeded;
}
yield return(currentTrade);
}
foreach (var currentTrade in incompleteTrades)
{
if (coveredIngredients.Contains(currentTrade.Needed.Data))
{
continue;
}
if (deduced.ContainsKey(currentTrade.Traded.Data))
{
deduced[currentTrade.Traded.Data] += currentTrade.TradedNeeded;
}
else
{
deduced[currentTrade.Traded.Data] = currentTrade.TradedNeeded;
}
yield return(currentTrade);
}
}
public State(StateCargo stateCargo)
{
Cargo = stateCargo;
History = new StateHistory();
Loadout = new StateLoadout();
}
